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annapolis bioretention corps maryland memorial mitigation multiuse multiuse path navy marine corps memorial stadium navymarine navymarine corps memorial stadium path stadium stormwater stormwater mitigation
  1. 9: Stormwater Management

Navy-Marine Corps Memorial Stadium Annapolis, MD

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The bioretention pond is usually dry in between rain events. The dry bed is carefully screened from recreational users by generous landscaping. The pond, which uses a sand filter system, receives drainage from 6 acres of stadium parking. Prior to the installation of this system, untreated runoff containing excess nutrients, sediment, and trace metals would rapidly flood nearby Weems Creek, and ultimately the Chesapeake Bay during storms.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.
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The bioretention pond is usually dry in between rain events. The dry bed is carefully screened from recreational users by generous landscaping. The pond, which uses a sand filter system, receives drainage from 6 acres of stadium parking. Prior to the installation of this system, untreated runoff containing excess nutrients, sediment, and trace metals would rapidly flood nearby Weems Creek, and ultimately the Chesapeake Bay during storms.

The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users. Such infrastructure is characterized both by its efficiency and its livability.

AnnapolisCorpsMarylandMemorialNavyMarineNavyMarine Corps Memorial StadiumStadiumbioretentionmitigationmultiusemultiuse pathpathstormwater

  • The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • Six acres of stadium parking drain into the bioretention pond.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • The bioretention pond is usually dry in between rain events. The dry bed is carefully screened from recreational users by generous landscaping. The pond, which uses a sand filter system, receives drainage from 6 acres of stadium parking. Prior to the installation of this system, untreated runoff containing excess nutrients, sediment, and trace metals would rapidly flood nearby Weems Creek, and ultimately the Chesapeake Bay during storms.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.
  • The bioretention pond is usually dry in between rain events. The dry bed is carefully screened from recreational users by generous landscaping. The pond, which uses a sand filter system, receives drainage from 6 acres of stadium parking. Prior to the installation of this system, untreated runoff containing excess nutrients, sediment, and trace metals would rapidly flood nearby Weems Creek, and ultimately the Chesapeake Bay during storms.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • The bioretention pond is usually dry in between rain events. The dry bed is carefully screened from recreational users by generous landscaping. The pond, which uses a sand filter system, receives drainage from 6 acres of stadium parking. Prior to the installation of this system, untreated runoff containing excess nutrients, sediment, and trace metals would rapidly flood nearby Weems Creek, and ultimately the Chesapeake Bay during storms.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • An additional 18 acres of stadium and commuter parking drain to a series of bioretention swales along Cedar Park Road.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.
  • A bioretention swale reduces the speed and peak volume of stormwater runoff, in addition to removing sediment and trace metals, before the water reaches the storm drainage network.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • A bioretention swale reduces the speed and peak volume of stormwater runoff, in addition to removing sediment and trace metals, before the water reaches the storm drainage network.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • Biorention swales along Cedar Park Road line the walking trail. In addition to receiving runoff from 18 acres of stadium/commuter parking area and Cedar Park Road itself, the swales provide a visual amenity to users of the walking trail. The wild flowers and native grasses flourishing in the swales echo with the songs of crickets, which in turn attract finches and other songbirds.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • Biorention swales along Cedar Park Road line the walking trail. In addition to receiving runoff from 18 acres of stadium/commuter parking area and Cedar Park Road itself, the swales provide a visual amenity to users of the walking trail. The wild flowers and native grasses flourishing in the swales echo with the songs of crickets, which in turn attract finches and other songbirds.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an "ecosystem approach" to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.
  • Biorention swales along Cedar Park Road line the walking trail. In addition to receiving runoff from 18 acres of stadium/commuter parking area and Cedar Park Road itself, the swales provide a visual amenity to users of the walking trail. The wild flowers and native grasses flourishing in the swales echo with the songs of crickets, which in turn attract finches and other songbirds.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users. Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • Biorention swales along Cedar Park Road line the walking trail. In addition to receiving runoff from 18 acres of stadium/commuter parking area and Cedar Park Road itself, the swales provide a visual amenity to users of the walking trail. The wild flowers and native grasses flourishing in the swales echo with the songs of crickets, which in turn attract finches and other songbirds.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • Biorention swales along Cedar Park Road line the walking trail. In addition to receiving runoff from 18 acres of stadium/commuter parking area and Cedar Park Road itself, the swales provide a visual amenity to users of the walking trail. The wild flowers and native grasses flourishing in the swales echo with the songs of crickets, which in turn attract finches and other songbirds.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • Biorention swales along Cedar Park Road line the walking trail. In addition to receiving runoff from 18 acres of stadium/commuter parking area and Cedar Park Road itself, the swales provide a visual amenity to users of the walking trail. The wild flowers and native grasses flourishing in the swales echo with the songs of crickets, which in turn attract finches and other songbirds.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an “ecosystem approach” to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.<br />
<br />
Federal Award: $590,665; Local Match: $623,931; Total Cost: $1,214,596
  • A swale that handles runoff from Cedar Park Road.<br />
<br />
The Navy-Marine Corps Memorial Stadium mitigation project of 2002 embodies the holistic approach and visionary potential of Transportation Enhancements to build infrastructure that is integrated with the environment, promotes health, and provides visual amenities. The project combines a 1.25 mile multi-use trail with a series of stormwater best management practices (BMPs) as landscaping. The stadium area serves both as an athletic facility and a park-and-ride location. Now, thanks to a $590,665 TE grant and an even more substantial local match, the stadium parcel is also used on a daily basis by many walkers and cyclists. The project demonstrates an "ecosystem approach" to infrastructure, where one element of the system is seamlessly interconnected with others, and performs multiple functions: preventing flooding, protecting water quality, fighting obesity, providing habitat, and serving the needs of outdoor recreation users.  Such infrastructure is characterized both by its efficiency and its livability.
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